The paper analyses and finds the factors affecting the insulation of electrobath short circuit ora and gives feasible measures to solve this . after reconstruction the insulation performance of the electrobath is raised 分析并找出了影响电解槽短路口绝缘性能的因素,提出了可行的解决措施,经过改造,达到了提高电解槽绝缘性能的目的。
2.
With the rapid development of the technology of computer and automation , the computer control system is widely used in the manufacture of al electrolysis and the efficiency is improved and the life - span of the electrobath is increased 随着计算机和自动化技术的发展，以计算机为核心的自动控制系统已经被广泛应用于铝电解生产过程的控制，提高了生产效率、延长了电解槽寿命。
3.
To select a cylindrical plane cathode ; to design proper focus electrodes in order to control the formation of beam in methods of solving equations , electrobath and simulation aided by computer . to correct effects of anode hole and work out curves of designing guns ; to discuss plasma cathode guns at last 选用圆形平面阴极;设计恰当的聚束极形状以控制电子束的成形,并使用解析法、电解槽法和数值方法三种方法进行设计;考虑阳孔效应对电子束传输的影响,修正阳孔效应,给出电子枪设计曲线;最后讨论一下等离子体阴极电子枪。
4.
Finally , considering the request of the gfrp bars reinforced furan resin concrete electrobath , we designed the structure of the electrobath and use finite element method to analyse it . in the process , pre - stress also was considered . the result of use in practice indicate the properties of gfrp bars can meet the request of electrobath structure 最后结合玻璃钢筋呋喃树脂混凝土电解槽的设计与开发，对电解槽的配筋布置、结构尺寸进行了设计，用有限元方法对电解槽的整体结构进行了计算分析，并考虑了玻璃钢筋预应力的影响，其设计计算结果已在玻璃钢筋呋喃树脂混凝土电解槽的实际生产中得到了应用，且使用情况良好。
5.
The silicon plates are formed reverse four wimble array in koh solution by wet - etching technology . then the electrochemical etching experiments are done in three poles electrobath . and some technology questions such as heat oxygenation , light etching , wet etching and electrochemical etching have been analyzed . at the same time sample appearances are analyzed by scanning electron microscope . according to current burst model theory , the electrochemical deep holes etching mechanism are analyzed 在三极电解槽中，进行了电化学深刻蚀的探索性实验。对氧化、光刻、湿法刻蚀和电化学刻蚀中的工艺问题进行了初步的理论和实验研究，同时，采用sem对实验样品进行了形貌分析，并采用电流突破模型对电化学深孔刻蚀机理进行了理论分析。
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